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基于计算流体力学的寒区土壤水热耦合模型研究
胡锦华1,2(), 陆峥1,2, 仝金辉1,2, 李小雁1,2, 刘绍民1,2, 杨晓帆1,2()
Simulating thermo-hydrologic processes in cold region soil system: a computational fluid dynamics study
Jinhua HU1,2(), Zheng LU1,2, Jinhui TONG1,2, Xiaoyan LI1,2, Shaomin LIU1,2, Xiaofan YANG1,2()

图14. 在冻结开始后1、3、6、12、24小时的温度(a)和液态水饱和度(b)的演变

Fig.14. Evolution of temperature (a) and liquid water saturation (b) at 1, 3, 6, 12 and 24 h after freezing started